University of Tennessee

What you'll study

The civil engineering curriculum combines mathematics, basic sciences and engineering fundamentals with specialised coursework and hands-on laboratories. Early years focus on calculus, differential equations, physics, chemistry and computing, together with introductory engineering mechanics and materials. Core civil topics include structural analysis and design, mechanics of materials, fluid mechanics and hydraulics, geotechnical engineering, transportation engineering, environmental and water-resources engineering, construction management and surveying.

Applied learning is emphasised through laboratory classes, computer-aided design and modelling, and a senior capstone design project that requires multidisciplinary teamwork and design to professional standards. Students may choose technical electives to deepen expertise in areas such as structural steel and concrete design, pavement design, geotechnical site investigation, water and wastewater systems, sustainable infrastructure, or construction planning and scheduling.

Opportunities for experiential learning include internships with engineering firms and public agencies, undergraduate research projects in collaboration with faculty, and partnerships with nearby national research facilities. Professional development components address ethics, communication, project management and preparation for engineering licensure.

Entry requirements

Typical applicants should have a strong background in mathematics (including pre-calculus or calculus) and physics, together with solid performance in high school chemistry. Selection considers overall academic preparation, grades in relevant subjects and preparatory coursework. Applicants are usually expected to demonstrate competence in algebra, trigonometry and basic calculus prior to entry.

International applicants must meet equivalent secondary-school qualifications and provide evidence of English language proficiency where required. The programme recommends or requires incoming students to be prepared to take first-year calculus and introductory engineering courses. Transfer students from accredited community colleges or other universities are considered; successful transfers typically have completed core maths, physics and introductory engineering coursework.

Career prospects

Graduates work across a broad range of sectors including consulting engineering firms, construction and contracting companies, transportation and public works agencies, water and environmental firms, and research organisations. Typical roles include structural engineer, geotechnical engineer, transportation planner/engineer, water-resources or environmental engineer, construction engineer or site manager, and project engineer. Many graduates pursue professional licensure (Engineer-in-Training and Professional Engineer) and some continue to postgraduate study in specialised areas such as structural engineering, geotechnics or environmental engineering.

Employment pathways also include positions in asset management, infrastructure resilience, bridge and highway design, urban stormwater planning, and roles with federal, state and local transportation and environmental agencies. The programme’s industry connections and career services support internships and co‑op placements that help graduates enter the workforce with practical experience.

Why study at University of Tennessee

The University of Tennessee’s civil engineering programme is delivered through a college with a long history of engineering education and strong ties to regional industry and national research facilities. Students benefit from applied laboratories and design studios, opportunities for collaborative research with faculty, and connections to public- and private-sector employers.

Proximity to major regional infrastructure projects and research partners gives students access to internship and project-based learning opportunities. Active student chapters of professional societies and campus resources for career advising, entrepreneurship and experiential learning help students develop technical and professional skills valued by employers. The programme’s focus on practical design, teamwork and ethics prepares graduates for immediate engineering roles and long-term professional development.